Difference between revisions of "Radiometer"

Revision as of 18:24, 24 October 2018

Sensitive to fireballs (mag -4) with a SNR of at least
Will provide calibrated brightness in apparent magnitude without observations from other sensors or absolute magnitude with trajectory data
Bandwidth from DC to at least 1kHz, but ideally capable of more
Low power (able to add to a DFNEXT observatory without changing power system)
Less than $1000 per station
Able to be used by a wide variety of users as standalone instruments and add-ons for fireball cameras
Absolute timing precision that makes sense relative to the sample rate and no worse than the DFN observatories

Authors: Robert, Stuart, Hadrien or Stuart, Robert, Hadrien

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 * Sensitive to fireballs (mag -4) with a SNR of at least
+* Will provide calibrated brightness in apparent magnitude without observations from other sensors or absolute magnitude with trajectory data
+* Bandwidth from DC to at least 1kHz, but ideally capable of more
+* Low power (able to add to a DFNEXT observatory without changing power system)
+* Less than $1000 per station
+* Able to be used by a wide variety of users as standalone instruments and add-ons for fireball cameras
+* Absolute timing precision that makes sense relative to the sample rate and no worse than the DFN observatories
+=== Resulting Capabilities ===
+<Stuart please fill in>
+=== Paper Plan ===
+Authors: Robert, Stuart, Hadrien or Stuart, Robert, Hadrien
+* Abstract
+* Introduction
+** Background
+** Objective
+** Motivation
+** Approach
+* Prior Solutions
+** MORP
+** Prairie
+** Czech
+** Low cost
+* Radiometer
+** Requirements
+** Concept Design
+** Design Evolution
+** Problems
+* Results
+** Sensitivity
+** SNR
+** Spectrum
+** Bandwidth
+** Cost
+** '''DATA'''
+** Availability/open source?
+* Conclusions
+** Future Work
+*** Multispectral
+*** Cubesat